Heating types

Every church heating option, explained properly

How each system works in a church specifically, what it costs to install and run, and which buildings it suits. Covered honestly, including the options we would not choose.

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At a glance

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SystemTypical installAnnual running costInstallationNet zeroWarm-up timeMaintenanceBest for
Infrared radiant heating£8,000 to £30,000 depending on building size and number of zones£1,500 to £4,000 per year for a typical parish churchSimple retrofit; wall or ceiling mounted with standard wiring, no groundworkYesInstant; warmth felt within minutes of switching onLow; no boiler, pipework or ductwork to serviceRegular weekly services in large, hard-to-heat naves
Pew heaters£10,000 to £25,000 for a typical parish church; larger buildings or three-phase upgrades can push to £35,000+£800 to £3,000 per year; among the lowest running costs of any church heating optionModerate retrofit; units fix under pews with cabling to a central panel, no groundworkYesFast; warm air felt within 15 minutes of switching onVery low; no moving parts, occasional visual inspectionChurches with fixed pews and regular services where heating the congregation matters more than the building
Air source heat pumps£25,000 to £60,000 depending on building size and whether existing pipework can be reused£2,000 to £5,000 per year, potentially less with a good coefficient of performanceExternal unit needs groundwork and planning; indoor pipework may need upsizingYesSlow; 2 to 4 hours pre-heat typicalAnnual service; refrigerant checks and filter cleaningChurches with regular daily or weekly use that want to move away from gas entirely
Biomass boilers£25,000 to £60,000 including fuel store and flue£1,500 to £4,000 per year depending on pellet prices and usageMajor works; needs a boiler room, flue, and a dry fuel store with delivery accessNoModerate; 1 to 3 hours depending on system sizeRegular ash removal, annual service, and flue sweepingRural churches with space for fuel storage and no mains gas supply
Electric panel heaters£2,000 to £8,000 for a set of panels in a small to medium church£3,000 to £7,000 per year in a medium church with regular useSimple retrofit; wall mounted with standard wiring, no pipework or groundworkYesModerate; 1 to 2 hours for a small to medium spaceVery low; occasional wipe-down and thermostat checkSmall churches, vestries, or meeting rooms where budgets are tight and use is regular
Gas radiant tube heaters£15,000 to £35,000 for a typical nave installation£1,500 to £4,000 per year depending on hours of useModerate; overhead mounting, gas supply and flue runs through the roofNoFast; noticeable warmth within 10 to 20 minutesAnnual gas safety check, burner servicing, and reflector cleaningLarge open naves where gas is already available and radiant warmth is preferred over blown air
Gas warm-air heating£20,000 to £45,000 for a medium nave, more if ductwork is new£2,000 to £5,000 per year depending on usage and insulationMajor works; ductwork through the building, plant room and gas supply neededNoFast; 30 minutes to 1 hour for a medium naveAnnual gas safety inspection plus filter and fan servicingChurches that already have ductwork in place and need a like-for-like replacement
Storage heaters£3,000 to £10,000 for a set of modern storage heaters£2,000 to £5,000 per year depending on tariff and usage patternSimple retrofit; floor standing or wall mounted, standard wiring onlyYesOvernight charge; heat available next day, not on demandVery low; occasional thermostat and element checkChurches or halls with regular daytime weekday use, such as community spaces open most days
Underfloor heating£30,000 to £80,000 depending on floor area and whether archaeological work is needed£2,500 to £6,000 per year for electric; £1,500 to £4,000 for wet systemsMajor works; floor must be lifted or replaced, possible archaeological surveyYesVery slow; 4 to 8 hours or more from coldMinimal once installed; wet systems need occasional boiler servicingChurches undergoing a major reordering or floor replacement where the slab is already being lifted

Costs are indicative for a typical parish church. Your building, usage pattern and existing infrastructure will shift these figures. Get a tailored estimate.

Explore each system

Net zero compatible

Infrared radiant heating

Warms people and surfaces directly rather than heating the whole air volume, which suits tall, draughty church buildings that were never designed to be heated.

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Net zero compatible

Pew heaters

Electric heaters mounted beneath or behind pews, warming the congregation directly through convection or infrared radiation. Discreet and silent.

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Net zero compatible

Air source heat pumps

Extracts heat from outdoor air and uses it to warm the building through radiators, underfloor pipes, or fan convectors. Runs on electricity.

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Fossil fuel

Biomass boilers

Burns wood pellets, chips, or logs to heat water, which is then circulated through radiators or underfloor pipes. Classed as renewable but not zero-carbon.

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Net zero compatible

Electric panel heaters

Wall-mounted convection heaters that warm the air around them using electric elements. Simple to install and familiar to most people.

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Fossil fuel

Gas radiant tube heaters

Overhead tube heaters that burn gas to heat a metal tube, which then radiates warmth downward to people and pews below.

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Fossil fuel

Gas warm-air heating

Blows heated air through ductwork into the building. Common in larger churches from the 1960s onwards, often mounted in a plant room or basement.

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Net zero compatible

Storage heaters

Charge up with heat overnight using cheaper off-peak electricity, then release it gradually during the day. A familiar technology in domestic settings.

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Net zero compatible

Underfloor heating

Heats the floor slab using either electric elements or hot-water pipes buried beneath the surface, providing gentle warmth from below.

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Costed proposal

A heating map with options costed for your building, and what each one runs at.

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